Lesson 3.01: Conditions for a Quadrilateral to be a Parallelogram
Lesson 3.02: Proving That a Quadrilateral is a Parallelogram
Lesson 3.03: Using Properties to Find Angle Measures in Parallelograms
Lesson 3.04: Using Properties to Find Measures of Sides and Other Quantities in Parallelograms
Lesson 3.05: Proving Theorems on Rectangles
Lesson 3.06: Proving Theorems on Rhombuses
Lesson 3.07: Proving Theorems on Squares
Lesson 3.09: Applying the Midline Theorem in Finding Missing Parts of a Triangle
Lesson 3.10: Applying the Midline Theorem in Finding Missing Parts of a Trapezoid
Lesson 3.13: Solving Problems Involving Parallelograms
Lesson 3.14: Solving Problems Involving Trapezoids
Lesson 3.15: Solving Problems Involving Kites
Lesson 3.16: Defining and Illustrating Proportions
Lesson 3.17: Illustrating the Congruence of Corresponding Angles in Similar Triangles
Lesson 3.18: Illustrating the Proportionality of Corresponding Sides in Similar Triangles
Lesson 3.24: Applying the SAS Similarity Theorem to Show Triangle Similarity
Lesson 3.25: Applying the SSS Similarity Theorem to Show Triangle Similarity
Lesson 3.26: Applying the AA Similarity Theorem to Show Triangle Similarity
Lesson 3.27: Applying the Right Triangle Similarity Theorem to Show Triangle Similarity
Lesson 3.28: Applying Special Right Triangle Theorems to Show Triangle Similarity
Lesson 3.29: Applying Triangle Proportionality Theorem to Solve Problems Involving Proportions
Lesson 3.30: Applying Converse Triangle Proportionality Theorem to Solve Problems Involving Proportions
Lesson 3.31: Applying Triangle Angle Bisector Theorem to Solve Problems Involving Proportions
Lesson 3.33: Solving Problems Involving Triangle Similarity
Lesson 3.34: Solving Problems Involving Right Triangles
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